The SP,Al0 series, as a new generation of highly integrated micro modular data center solutions, uses cabinetsas the carrier for data center facilities. it fully integrates all subsystems including UPs, air conditioning, powerdistribution, surge protection, fire suppression (optional), cabling, airflow management, and intelligentmonitoring within the cabinet. This integration creates an environment that ensures the safe operation ofequipment, facilitating the development of small data centers towards cabinet-based and standardizedsolutions. Additionally, this series occupies a small footprint, allowing for rapid deployment within 1-3 days inlimited spaces.

Application Scenarios

• The SPAl0 series is suitable for small data centers under 50 square meters or with iT loads up to 25kVA.
• It’s ideal for regional, small commercial, and edge data center applications.
• Applicable for network spaces in government, education, healthcare, and large enterprise branches
• Suitable for outlets in telecommunications, finance, energy, broadcasting, and retail sectors.

High Adaptability

• Modular components, standardized interfaces, factory pre-assembly, rapid onsite deployment, flexibility, quick setup, and easy scalability.
• Minimal footprint of 0.72m2, strong environmental adaptability, no need for additional constructions, reducing costs.
• System availability can be adjusted at any stage without needing to redesign power or cooling systems.

High Efficiency

• Enclosed cold /hot aisle design improves cooling efficiency and reduces PUE by preventing air mixing and cooling loss.
• Rack-mounted precision AC feature variable frequency compressors and EC fans, achieving an EER of ≥ 3.1.
• Uses high-frequency or modular rack-mounted UPS with an input power factor of 0.99 and efficiency up to 95% for units over 100KW.

High Reliability

• Mechanical structure automatically activates cooling when high temperatures are detected, improving power system reliability without using UPS resources.
• Critical component offers designs such as N + 1, 2N, or 2 (N + 1) to meet high reliability requirements.
• Distributed control enhances reliability; systems like AC, UPS, and smart cabinets use independent controls, preventing a single controller failure from affecting other systems.

Technical Parameter